Berger Non Drip Gloss Burgundy 750ml
Bold Burgundy Colour with a High Gloss Finish
Berger Non Drip Gloss Burgundy 750ml is perfect for adding a striking and elegant finish to your wood and metal surfaces. The rich burgundy shade creates a bold, sophisticated look that works well in both traditional and modern settings.
The high-gloss finish enhances colour depth while delivering a sleek, polished appearance.
Durable and Long-Lasting Protection
This gloss paint is formulated to provide a tough, protective coating that stands up to everyday wear and tear. It helps protect surfaces from knocks, scuffs, and general use, ensuring a long-lasting finish.
Suitable for both interior and exterior applications, it offers reliable performance across a variety of environments.
Non-Drip Formula for Easy Application
Berger Non Drip Gloss is designed for ease of use, with a thicker consistency that reduces drips and runs during application. This makes it ideal for vertical surfaces such as doors, frames, and railings.
The paint can be applied with a brush or roller, providing a smooth and even finish with minimal effort.
For best results, apply over a suitable undercoat and ensure surfaces are clean, dry, and properly prepared.
Suitable for Wood and Metal Surfaces
This versatile gloss paint can be used on a variety of surfaces, including:
- Doors and skirting boards
- Window frames
- Metal railings and fixtures
- Interior and exterior woodwork
Its strong adhesion ensures excellent coverage and a professional-quality finish.
Why Choose Berger Non Drip Gloss?
Berger is a trusted brand known for delivering high-performance paint solutions. Choosing Berger Non Drip Gloss Burgundy 750ml offers:
- High-gloss, durable finish
- Easy application with non-drip formula
- Long-lasting colour and protection
- Suitable for multiple surfaces
- Professional-quality results
If you’re looking for a bold, durable gloss paint with a smooth, high-shine finish, Berger Non Drip Gloss Burgundy 750ml is an excellent choice for enhancing your wood and metal surfaces.






